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NRAC Awards for quarter 4, 1999 (10/1/1999 - 12/31/1999)

James Adams, Arizona State University Main
Atomic-Scale Modeling of Materials
NCSA Origin2000: 91,000

Maha Ashour-Abdalla, University of California-Los Angeles
Plasma Simulations of the Earth's Magnetotail
SDSC SP: 70,000
SDSC T3E: 60,000
SDSC T90: 1,200

Jacques Beaumont, SUNY Health Science Center at Syracuse
Simulation of Vortices of Excitation in the Heart Muscle
Boston Origin2000: 22,000

David Beveridge, Wesleyan University
Molecular Dynamics Simulations of Nucleic Acids: Structure, Motions, Solvation and Ligand Interactions
NCSA Origin2000: 71,000

Charles Brooks, Scripps Clinic & Research Fdn
Theoretical Studies of Peptide and Protein Dynamics Via Computer Simulation
NCSA Origin2000: 70,000
SDSC SP: 10,000
SDSC T90: 1,000

David Campbell, University of Illinois at Urbana-Champaign
Computational Studies of Lattice Many-Body Systems
NCSA Origin2000: 85,000

David Ceperley, Natl Center for Supercomputing App
Simulations of Quantum Systems
NCSA Exemplar: 84,000
NCSA Origin2000: 279,000
SDSC T90: 1,250

Kelvin Droegemeier, University of Oklahoma, All Campuses
Center for Analysis and Prediction of Storms
NCSA Origin2000: 50,000
SDSC T90: 500

Edward Givelberg, University of Michigan, All Campuses
A Computational Model of the Cochlea
HP V2500 at Caltech: 5,000
SDSC SP: 5,000
SDSC T90: 2,000

Gary Glatzmaier, University of California-Santa Cruz
Convection and Magnetic Field Generation in Planets
NCSA Origin2000: 20,000
SDSC T3E: 66,000
SDSC T90: 6,000
Texas T3E: 30,000

John Hawley, University of Virginia, All Campuses
Computational Magnetohydrodynamics for Astrophysical Systems
NCSA Origin2000: 90,000
SDSC SP: 31,800
SDSC T3E: 48,000
SDSC T90: 660

Roger Hill, University of Missouri, Columbia
Three-Dimensional Simulations of Transitional Flow Between Rotating Disks
Texas T3E: 20,000

H Hubertus Klahr, University of California-Santa Cruz
3d- Radiation Hydrodynamics of Protoplanetary Disks Using "Tramp"
SDSC SP: 5,000
SDSC T90: 400

John Kogut, University of Illinois at Urbana-Champaign
Lattice Gauge Theory Simulation At Nonzero Chemical Potential
SDSC SP: 20,000
SDSC T90: 6,500

Peter Kollman, University of California-San Francisco
Simulations of Complex Molecular Systems
NCSA Exemplar: 35,000
NCSA Origin2000: 100,000
SDSC SP: 6,000
SDSC T3E: 50,000

John Kutzbach, University of Wisconsin-Madison
Coupled Climate Model Simulations of Present, Past, and Future Climates
HP V2500 at Caltech: 4,000
NCSA Origin2000: 100,000
SDSC SP: 4,000

David Landau, University of Georgia
Computer Simulations of Phase Transitions
SDSC SP: 20,000
SDSC T90: 2,200

Clark Landis, University of Wisconsin-Madison
Computational Investigations of the Origin of Selectivity in Metal-Catalyzed Asymmetric Transformations
NCSA Origin2000: 55,000

Uzi Landman, Georgia Institute of Technology, All Campuses
Nanotribology: Interfacial and Confined Molecular Liquids
NCSA Origin2000: 80,000

Mordecai-Mark Mac Low, University of Illinois at Urbana-Champaign
Turbulent Control of Star Formation in Molecular Clouds
NM Alta Cluster: 76,600
NCSA Origin2000: 30,000

James Mcwilliams, University of California-Los Angeles
the Turbulence Dynamics of Natural Fluids : Astrophysical Plasmas; Geophysical Vortices, Jets, and Gyres, and Coastal Circulations
NCSA Origin2000: 110,000
SDSC SP: 165,000
SDSC T3E: 55,000
SDSC T90: 1,800

Harvey Newman, California Institute of Technology
Proposal to Use Caltech Exemplar for the Object Reconstruction of Simulated High Energy Physics Events
HP V2500 at Caltech: 390,000
Condor: 50,000

Michael Norman, Natl Center for Supercomputing App
Testing the Concordance Model of Cosmological Structure Formation
NM Alta Cluster: 10,000
NCSA Origin2000: 570,000
SDSC SP: 90,000
SDSC T3E: 331,000

Eric Oldfield, University of Illinois at Urbana-Champaign
Quantum Chemical Studies of Protein and Catalyst Structure
NCSA Origin2000: 20,000

Charles Peskin, New York University
Cardiac Fluid Dynamics and the Immersed Boundary Method
SDSC SP: 20,000
SDSC T90: 13,000

John Prausnitz, University of California-Berkeley
the Three-Body Potential of Mean Force for Macromolecules Dilute in A Continuous Solvent: Effect of Solute Size, Shape and Steroregularity
SDSC T3E: 2,000
Condor: 8,000

Paul Ricker, University of Chicago
Merger-Driven Turbulence in the Cores of Clusters of Galaxies
SDSC T3E: 40,000

Stanley Sandler, University of Delaware
Improvements to the Models of Stability and Phase Equilibria of Gas Hydrates Using Ab Initio Quantum Mechanics Calculations
NCSA Exemplar: 2,000

Tamar Schlick, New York University
Molecular Dynamics Simulation of Human Dna Polymerase Beta in Solution
NCSA Origin2000: 50,000

Klaus Schulten, University of Illinois at Urbana-Champaign
Simulations of Supramolecular Biological Systems
NCSA Origin2000: 75,000
SDSC T3E: 65,000

Robert Sugar, University of California-Santa Barbara
Lattice Gauge Theory On Parallel Computers
Boston Origin2000: 50,000
NCSA Origin2000: 300,000
SDSC SP: 300,000
SDSC T3E: 150,000

Danesh Tafti, University of Illinois at Urbana-Champaign
Computational Study of Multilouvered Fin Heat Exchangers
NCSA Origin2000: 100,000

Peter Taylor, San Diego Supercomputer Center
Structures, Energetics and Properties of Molecules
SDSC SP: 25,000
SDSC T3E: 5,000
SDSC T90: 3,520

Joel Tohline, Louisiana State Univ, All Campuses
Numerical Hydrodynamics of Mass-Transferring Binary Star Systems
SDSC T3E: 65,000

Gregory Voth, University of Utah
Fundamental Quantum Dynamical Processes in Condensed Matter
NCSA Origin2000: 80,000
SDSC SP: 25,000

Pui-Kuen Yeung, Georgia Institute of Technology, All Campuses
Lagrangian and Eulerian Studies of Mixing and Spatial Structure in Homogeneous Turbulence
SDSC SP: 20,000

A Peter Young, University of California-Santa Cruz
Ground State Properties of Disordered Systems Via Genetic Algorithms
Texas T3E: 38,000

PlatformTotal PIsTotal SUs
SDSC SP16 816,800
Texas T3E3 88,000
NCSA Exemplar3 121,000
Condor2 58,000
SDSC T3E12 937,000
SDSC T9013 40,030
HP V2500 at Caltech3 399,000
NCSA Origin200021 2,426,000
Boston Origin20002 72,000
NM Alta Cluster2 86,600

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